The Temple of Jupiter at Baalbek
Part II

 

Ahatmose April 14, 2021 09:20AM

Hi all here is a study I have done



Now there has been something troubling me about the ratio of a Roman Pes to an Imperial Foot. The ratio of 0.971 seemed vaguely familiar but I could not place it until now. In my assertion that The Sacred Code was in fact 2 x Pi or 12 as shown below. It is my assertion that The Sacred or Secret Code was not only Phi as in the golden mean which we already knew but was in fact two Phi as in the configuration below and thus representing The Wood Pentagram and The Pyramid of Khafre

Here below is an image demonstration the premise



However in tangent with that is the fact that 6 when divided by Phi or 1.618034 yields the value of 3.7082039325

Thus in our image of The Sacred Code we get this image:



So the ratio of The Roman Pes to The Imperial foot is derived, at least according to this study I have done, from {[(6 / Phi) + 6] / 10} to equal 0.9708204

OR

simply 12 / 1.236068 which is simply 12 divided by the square root of 5 minus 1

12 / (sq rt of 5 - 1)

12 / (2.236068 - 1)


12 / 1.236068 = 9.708204

So it appears that the 1, 2 and square root of 5 right angled triangle gets involved again !

And just a side line here to explore in the future but there would be 21.24 Roman Pes in A Royal Cubit.

For future reading:

[
en.wikipedia.org] check here for link to "link"

[
en.wikipedia.org]

And of interest we have "the link" Link (no pun intended) check by clicking on first 'link" in previous Wiki site

It is defined as EXACTLY 7.92 inches but it is an arbitrary setting of an obviously older measurement

So how many Roman Unicae would that be ? Simply divided by 9.708204 and we get 8.15805

Now sq rt of 2 / sq rt of 3 gives us 0.8165 and this gives us if defined as Roman Unicae (x 10) or 8.165 and we get in imperial measurements 7.927 or checking to about 7/1000ths of an inch. So once again in appears that the square roots of Giza may enter into the picture. So is "the link" based on the sq rt of 2 and sq rt of 3 and The Roman Unicae ?